108 to 108 MHz is the radio frequency range assigned to the audio portion of Broadcast Television channels.
There are 108 centimeters in 1.08 meters. You simply multiply 1.08 by 100 (1.08x100=108) or even simpler is to move the decimal two places to the right because you are multiplying by 100 which has two zeros.
You need to have a good understanding that if the signal is wiggling slower,then it can travel farther during each wiggle.Now we can proceed to calculate the wavelengths. If the answer is truly unknownto you, then we won't even bother trying to drag you through the proportions.We'll just calculate each wavelength, and then compare them:Wavelength = (speed of light) divided by (frequency.We'll assume that we're talking about radio waves, just so we have a speedto work with. The result will be similar for any kind of wave.At 56 Hz, wavelength = (3 x 108) / (56) = 5,357,000 meters (about 3,329 miles)(rounded)At 2 MHz, wavelength = (3 x 108) / (2 x 106) = 150 metersYes, the wavelength at 56 Hz is longer than the wavelength at 2 MHz.
Three yards equals 108 inches.
88 kilograms = 194 pounds.
The calculation for a frequecy to wavelength is:speed of light/frequency = wavelength.e.g. freq = 28 mHz approximate speed of light = 300^6 in metres per second.(cancelling the zeros)300/28 = 10.7 metres28 mHz = c.ten metre wavelength.For AM/FM radio, the usual frequencies are:Longwave AM Radio = 148.5 - 283.5 kHz (LF)Mediumwave AM Radio = 530 kHz - 1710 kHz (MF)Shortwave AM Radio = 3 MHz - 30 MHz (HF)Average FM Radio = 76 MHz
108 Hz = 100 MHz = near the center of the commercial FM broadcast band. (That's 88 - 108 MHz)
Depends on the radio, it can be just about anything.
The FM range is 88 - 108 MHz (with broadcast frequencies, or stations, assigned between 88.1 and 107.9 MHz every 0.2 MHz). The AM range is 535 - 1605 KHz (stations are assigned between 540 and 1600 KHz every 10 KHz).
AM radio: 550 KHz to 1650 KHz. (0.55 MHz to 1.65 MHz) FM radio: 88 MHz to 108 MHz. (88,000 KHz to 108,000 KHz)
Frequency = speed/wavelength = 3 x 108 / 3.25 = 92.3 MHz. In the US, that frequency is in the commercial FM broadcast band (88 - 108 MHz). There are many FM stations, in many different cities, on that frequency.
Generally FM radio range is from 88 MHz to 108 MHz. Frequencies are issued to commercial broadcasters by a government authority. Broadcasters need a licence to use a frequency. This description may change depending on the country.
20 plus 88 equals 108.
88 MHz-108MHz
The most common IF in consumer FM radios is 10.7 MHz. So, for the FM broadcast band of 88 - 108 MHz, the local oscillator frequency would be between 98.7 MHz and 118.7 MHz. It could just as well have been chosen to work on the low side of the RF. But that would have placed the LO between 77.3 MHz and 97.3 MHz. Any LO leakage from the radio could have played havoc with TVs in the house tuned to the old analog Channel 5 (76 - 82 MHz) or Channel 6 (82 - 88 MHz).
The AM radio band falls in the comparatively low frequency range of 550 to 1600 KHz while FM radio operates in the 88 to 108 MHZ range and CB operates in the relatively narrow range of 26.95 to 27.405 MHZ. Cellular telephone operates in a frequency band of 825 to 890 MHZ.
Fm radio waves travel at various frequencies between 87.5 MHz and 108.0 MHz
In the US, the AM broadcast band occupies 550 - 1,700 KHz, with assigned carrier frequencies spaced by 10 KHz. The FM broadcast band occupies 88 - 108 MHz, with assigned carrier frequencies spaced by 200 KHz (0.2 MHz) starting at 88.1 MHz.